Paper 206 of 383
Published June 1, 2026
Resource investigations often involve large volumes of geological, structural, geophysical, and geochemical information. Constraint mapping provides a method for organizing these observations into comparable frameworks.
This framework evaluates resource systems through structural continuity, recurrence frequency, anomaly clustering, signal ranking, constraint weighting, and regional persistence.
Reference applications include mineral exploration, basin analysis, structural interpretation, resource assessment, and comparative geological evaluation.
The objective is to establish a repeatable methodology for mapping geological constraints associated with resource systems.
Within ABC Sequencing, resource constraint mapping functions as an organizational framework designed to identify regions where independent observations repeatedly converge.
The framework does not predict resources directly. Instead, it seeks to identify measurable geological conditions that may justify additional investigation.
This paper formalizes resource constraint mapping as a framework for organizing geological observations into measurable systems of evidence and investigation priority.